Automotive software engineering continuously evolves due to demands and challenges in terms of digitalisation, connected-vehicles, heterogeneous development cycles, or even autonomous driving.
Especially standardizations (e.g. AUTOSAR, automotive SPICE), collaborations across Tier suppliers, OEMs, and various tool vendors, and requirements from legacy applications necessitate sophisticated approaches when applying real time, embedded, mixed-critical, or heterogeneous methodologies to the already highly constrained ECU networks of vehicles.
Target
With a strong industrial focus, industry expert presentations as well as insights into state-of-the-art research projects, this stream will provide a comprehensive and yet detailed introduction to typical engineering topics of the respective domain.
Prerequisites
Basic understanding of Embedded Systems and their development
Experience in MPS helpful
Basic knowledge in Matlab/Simulink
Eclipse tooling and java programming helpful
Results
3 ECTS for successful participation in the Dortmund International Summer School, additional 3 ECTS for delivering a homework defined during or before the event.
Organization
Robert Höttger (FH Dortmund, AMALTHEA expert)
Carsten Wolff (FH Dortmund, overall coordination)
Trainers
Prof. Galina Tabunshchik
Jan Richter, Siemens AG
TBA BHTC GmbH
Robert Höttger
Philipp Heisig
Philipp Tendyra
TBA Hack coaches
Registration
More information and the registration link can be found here.
There are 25 places available for this Stream.
Schedule
Preliminary Draft:
Monday
Tuesday
Wednesday
Thursday
Friday
Time
Python Tutorial
Automotive Presentations
Hackday I: Rover Basics
Automotive Software Engineering
Hackday II: Your own application
09:05--10
Welcome
TBD
Introduction to Eclipse Che
Smart Requirements Management with Polarion (Siemens)
Rover ADAS
10:05--11
Python Tutorial
Applied AUTOSAR engineering (BHTC)
Introduction to the Rover HW
AUTOSAR-compliant Software Development - from Function to Code
(Siemens)
Rover Lights
11:05--12
Python Tutorial
ctd.
Introduction to the Rover API
Functional Safety according to ISO26262 (Siemens)
Rover Traffic
Lunch Break
14:05--15
Python Tutorial
ctd.
Introduction to AGL
Model-based Control Engineering best Practices (Siemens)
Presentations
15:05--16
Python Tutorial
ctd.
Introduction to Kuksa
Model-based Software Engineering from Architecture to V&V with Simcenter Embedded Software Designer - Hands On Session (Siemens)
Venue
Emil-Figge-Strasse 38a, Room R.017Fachhochschule Dortmund
44227 Dortmund
Description
Automotive software engineering continuously evolves due to demands and challenges in terms of digitalisation, connected-vehicles, heterogeneous development cycles, or even autonomous driving.Especially standardizations (e.g. AUTOSAR, automotive SPICE), collaborations across Tier suppliers, OEMs, and various tool vendors, and requirements from legacy applications necessitate sophisticated approaches when applying real time, embedded, mixed-critical, or heterogeneous methodologies to the already highly constrained ECU networks of vehicles.
Target
With a strong industrial focus, industry expert presentations as well as insights into state-of-the-art research projects, this stream will provide a comprehensive and yet detailed introduction to typical engineering topics of the respective domain.Prerequisites
Results
3 ECTS for successful participation in the Dortmund International Summer School, additional 3 ECTS for delivering a homework defined during or before the event.Organization
Trainers
Registration
Schedule
Preliminary Draft:(Siemens)